Felder Lottechnik 0.75mm Wire Lead Free Solder, +227°C Melting Point

Technical data sheets
Legislation and Compliance
RoHS Certificate of Compliance
COO (Country of Origin): DE
Product Details

ISO-Core Sn100Ni+ Clear Lead Free Solder Wire

ISO-Core Clear Sn100Ni+ is a lead free solder wire which excellent for use within electronic, electro-mechanics and electro-technic applications. The flux has a high temperature resistance and there is so spattering during soldering. Excellent spreading value and optimum wetting plus the brilliance of the solder joints ensure that you are working with a top quality cored solder wire.

FEATURES and BENEFITS:

New Flux Clear recipe Sn100Ni+
DIN EN ISO 9453:2014
Melting range 227°C
Hand and robot soldering
Lead free
Fast wetting
High spreading
No flux spatter
Crystal clear flux residues
Lower outgassing
Neutral exhalation
Removable flux residues from solder tips
100 mΩ Test passed
High quality
Sn99.25Cu0.7Ni0.05(Ge)

APPLICATIONS:

Electronic Electro-mechanics
Electro-technic applications
Hand and robot soldering

Specifications
Attribute Value
Model Number 555294072037
Wire Diameter 0.75mm
Percent Lead 0.07%
Product Form Wire
Melting Point +227°C
Percent Silver 0.06%
Percent Tin 99.3%
Flux Type Colophony (Rosin) Free
Product Weight 0.25kg
Flux Content Percent 3.5%
Percent Copper 0.7%
8 In Global stock for delivery within 4 - 8 working days
Price Each
PHP 1,469.60
(exc. VAT)
PHP 1,645.95
(inc. VAT)
units
Per Unit
1 +
PHP1,469.60
Related Products
SolderSleeve coaxial cable terminators allow easy reliable terminations ...
Description:
SolderSleeve coaxial cable terminators allow easy reliable terminations for various coaxial cable applications. Insulation and strain relieving capabilities SolderSleeve terminators provide the ideal solution to centre conductor breakage problems. SolderSleeve coaxial cable terminators allow dependable economical ...
Soldering wire with 5 halogen-free activated colophony cores3.5% ...
Description:
Soldering wire with 5 halogen-free activated colophony cores3.5% flux 1.1.3B, in accordance with DIN EN 29454 Part 1.